KR20060102455A - Ultrasonic cleaning ion water apparatur for generating - Google Patents

Abstract

The present invention is a vegetable. fruit. Ultrasonic cleaner that cleans tableware. It cleans pesticides of vegetable fruits by ultrasonic waves when washing vegetables and fruits with conventional ultrasonic waves. However, it is an ultrasonic cavitation that drops pesticides on vegetable fruits. It does not completely remove the pesticides of vegetable and fruit because it does not play a role in washing the pesticides directly.

On the other hand, the ultrasonic washing machine equipped with the ultrasonic vibrator 24 is equipped with an ionized water generator 21 for generating ionized water by plasma discharge, so as to decompose the pesticides of vegetable and fruit as well as ultrasonic cleaning and to increase the pesticide removal rate as much as possible It is able to sterilize various bacteria and bacteria such as Escherichia coli, Salmonella, etc. by the material produced by the discharge, and furthermore, it generates ionized water by the underwater discharge action. It can be used for sterilizing and sterilizing cleaning of patients, and can be used for bathing of pet dogs to prevent diseases such as various skin diseases caused by pet dogs, thus improving the utilization and cleaning power of existing ultrasonic cleaners and Lay hot wires and dry dishes such as dish towels to further enhance functionality and performance. This invention relates to an ultrasonic cleaner that is effective

 Plasma, Cavitation, Ionized Water, Discharge, Hypochlorite, Cathode, Anode

Description

Ultrasonic cleaning ion water Apparatur for Generating

1 is a perspective view of the present invention.

2 is a vertical cross-sectional view of the present invention.

3 is a perspective view according to an embodiment of the method as described in the description 4 of the present invention.

4 is a vertical sectional view according to another embodiment of the present invention.

<Description of Major Signs of Togo>

1: switch (operating part) 23: PCB and power control part 30: body and case

2: washing tank 24: ultrasonic vibrator 31: lid portion

3: ion generating unit 25: power line 32: heating wire

4: stainless steel 26: switch (operating part) 33: power supply and control part

5: Operation button 27: Operation button 34: Operation part (switch)

6: outer case 28: plasma operation button 35: operation button

20: outer case 29: sink stand case and body 36: handle portion

21: ion generator

22: washing bath

The present invention relates to an ultrasonic cleaner for washing with ultrasonic waves by washing vegetables, fruits and dishes. Traditionally, washing with hands or dishwashing has been done using dishwashers, but recently, vegetables and fruits are cleaned with ultrasonic waves along with well-being wind to remove pesticides and various foreign substances, and to sterilize and clean kitchen utensils. I'm doing it. However, since the sterilizing power of the ultrasonic wave itself is weak, UV sterilization or ozone and radical sterilization apparatus are used to increase sterilization power, but the present invention provides a different method to remove pesticides such as vegetables and fruits more effectively and efficiently. To provide a sterilization method and to improve the function.

The present invention relates to an ultrasonic cleaner for washing vegetables, fruits, and utensils and the like, and the removal rate of pesticides is higher than that of hand washing by washing vegetables and fruits with conventional ultrasonic waves. However, it is weak to decompose the components of the pesticide itself, which only increases the pesticide removal rate than hand washing, but is not completely removed.

In addition, the sterilization function of the ultrasonic wave itself is insignificant, so it is equipped with UV ultraviolet ray lamp, ozone, and radical sterilization to increase sterilization function. Phosphorus transformation does not have the function of sterilizing water using only water, and UV lamp disinfection function does not have a great effect in water.

On the other hand, the method of the present invention is used to disintegrate pesticides such as vegetables, fruits and other disinfecting methods and excellent cleaning power so that it is possible to eat vegetable fruits more safely from pesticides, and to disinfect water through chemical modification of materials. It also sterilizes items that cannot be cleaned in the washing tank by using sterilizing water, and when it does not wash, it also serves as a dryer to dry dishes and dish towels so that the ultrasonic cleaner can be used more effectively and efficiently. .

Description 1 FIG. 1 will be described with reference to FIGS. 1 and 2 as follows.

1 is a perspective view of the present invention.

2 is a vertical cross-sectional view of the present invention.

The present invention relates to an ultrasonic cleaner for washing vegetables, fruit, tableware, etc., and an outer case 20 and an inner case washing tank 22 capable of washing the washings through a mold and injection are formed and an inner bottom of the washing tank 22. On the surface is provided with a stainless steel (4) that can be attached to the ultrasonic vibrator (24), and the ultrasonic vibrator (24), which can generate ultrasonic waves under the stainless (4) is attached, and also in the plasma underwater on one side of the washing tank (22) It is connected to the power supply and power control unit 23 and the power supply line 25 by having an ion generator 21 for generating an underwater plasma discharge, which is a device capable of sterilizing bacteria through the negative ions generated by the discharge into a plasma ion state. It is an ultrasonic cleaner comprising a power supply and power control unit 23 and the operating unit (1) for supplying the power required for the operation of the plasma ion generation and the generation of ultrasonic waves.

2 is a description of another embodiment of FIG.

Figure 3 is another embodiment of the present invention relates to an ultrasonic cleaner for commercial use, such as a sink for restaurants and restaurants.

Referring to Figure 3 as follows.

A sink and a commercial ultrasonic sink stand and body 29 for seating the washing tank 22 are formed, and a washing tank and a sink 22 for washing the wash are formed so as to be seated on the body and the bottom outer bottom of the washing tank. An ultrasonic vibrator 24 is attached to the ultrasonic wave so that the ultrasonic wave can be washed to clean the water, and an ion generator 21 for generating plasma ions is provided at one side of the washing tank, and the power line is waterproof to prevent water from entering. 25) by using a hole in the top plate of the sink to be connected to the power control unit for power supply and power control, and to the plasma ion discharge on the one side of the washing tank 22 to the plasma ion state by generating the bacteria through the negative ions generated For the operation of the plasma ion generator 21 and the ultrasonic vibrator 24, which are devices that generate underwater plasma discharge, which is a sterilizing device. John power control unit 23 and the operation of supplying the power portion 26 is attached to the home-ssingkeubol For business and ultrasonic washing machine comprising an ultrasonic. The operation unit 26 is connected to the power control unit and the power line 25 for convenience and efficiency, but may be installed and seated on an external wall to come out.

For the more practical methods of Description 1 and 2, the PCB can be used to drive the plasma ionizer at the same time as the cleaning of the cleaning material and at the same time as the ultrasonic wave. ) To be able to operate.

In addition, it is possible to alternately drive the ultrasonic vibrator and the plasma discharge ion generating unit through the PCB.

Description 3 Describes the process of generating ionized water due to plasma discharge.

Step 1-When the cathode (-pole) and the anode (+ pole) power are supplied to the horizontal discharge plate and the vertical discharge plate of the internal ion generator of the washing machine and the DC voltage Vo is supplied to the washing machine, the horizontal discharge plate and the vertical discharge Plate formed by crossing

Step 2-When the voltage Vo is applied while the two electrode points P1 and P2 are submerged in water with a hysteresis distance d (mm), an electric field is formed.

Step 3-When the applied voltage Vo exceeds the threshold of the avalanche mechanism in the electric field, the ionized impurities at the electrode point P1, the electrolytically decomposed ionized OH-, etc. form the core generation site in the cathode (-pole) cell region.

Step 4-Forms a local extremely high electric field region, which causes local heating to form fine bubbles as the water molecules evaporate

Step 5-Once the microbubbles are created, they rapidly expand from the cathode (-pole) to the anode (+ pole), forming an electrically conductive path between the two electrodes P1 and P2.

Step 6- Water molecules are broken down to generate disinfectants and oxidants such as O-, OH-, O3- HOCl, H2O2.

In general, the amount of the disinfectant and oxidant produced is proportional to the number of imaginary points formed to cross each other in water in the horizontal discharge plate and the vertical discharge plate.

Description 4 Referring to FIG. 3, the drawing is as follows.

3 is a perspective view of the present invention.

The present invention relates to an ultrasonic cleaner for washing vegetables, fruit, utensils, etc., and a body and a case (30) capable of washing the washings are formed, and a vibration unit and a power supply and a power control unit capable of generating ultrasonic waves at the bottom of the washing tank. The lid unit 31 is mounted on an ultrasonic cleaner having a 33 and a heating wire is placed on the inner side of the lid 32 so as to be connected to a power supply and a power control unit so that the ultrasonic vibrator is vibrated through the power supply and the control unit, as well as an operating unit. It is an ultrasonic cleaner having an operation switch 35 of 34 so that a certain amount of heat is generated and controlled in the lid portion 31.

Rather than simply washing vegetables and fruits using only ultrasonic waves, they have superior cleaning power than simply dropping pesticides by ultrasonic decomposition by decomposing pesticides of vegetable fruits due to ionization.

In addition, as well as disinfecting various bacteria and bacteria such as Escherichia coli, Staphylococcus aureus, Salmonella, etc. when washing the water, only water can be operated in addition to the wash water that cannot be put in the washing tank. It can be used to wash and sterilize athlete's foot. It can also be used for disinfecting hands and feet of babies, sterilizing washes for baby products, or sterilizing washes for patients.

In addition, it can be used for washing water for sterilizing trees such as pets to prevent the spread of skin diseases, etc. It can also be used to remove odors by using ionized water when cleaning refrigerators. It does not need a separate dryer because it is used to dry, it is always effective to create a clean and hygienic kitchen and living environment.

Claims (2)

The ultrasonic water purifier having an ultrasonic vibrator 23 is characterized in that the ionized water generator 21 for sterilizing the water through the negative ions generated by the water discharge to the plasma state in the water discharge action to the ultrasonic cleaner. In addition, as shown in other embodiments, the ionizer generating device for disinfecting water through anion generated by the water discharge into the plasma state by the water discharge action in the ultrasonic sink and the ultrasonic cleaner having a ultrasonic generator having an ultrasonic generator 24 (21) is incorporated. (Independent port) It is characterized in that the drying function is combined by laying a heating wire 32 on the lid portion 31 in the ultrasonic cleaner having an ultrasonic generator with an ultrasonic vibrator. (Independent port)

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